Julie Kunstler, Principal Analyst from Ovum, shares her opinions on POL. In this video she addresses if POL will successfully challenge the traditional LAN and what the new challenges for campus networks are in the cloud, IOT & Wireless era.

POL Solution for Video Backhaul

The increasing demand for safe cities is boosting the development of video backhaul. The large number of High-definition (HD) cameras and intelligent analysis platforms are placing higher bandwidth demands on video bearer networks. Huawei’s POL solution for video backhaul extends fibers closer to cameras and provides secure, stable, and reliable video data backhaul. It supports comprehensive video backhaul in public areas, campuses, and transportation.

POL Solution for Schools

Education is an international priority. Campus networks are moving towards intelligence, ubiquitous coverage, and sharing, while teaching is progressing from rote learning to interactive accessible activities such as Massive Open Online Course (MOOC). Campus networks need to cope with the surging traffic and O&M pressure of various teaching, scientific research, and management systems. Stadiums and canteens with a high density of people face unstable Wi-Fi access. Huawei's POL campus network solution provides a full-fiber LAN with gigabit ultra-wide access for various campus scenarios. In addition, the devices save footprint and power, making equipment rooms more compact and environment friendly.

POL Solution for Hotels

Hotels are an integral part of modern life. High-speed networks and smooth video streaming are crucial for hotel competitiveness. The Huawei POL hotel infrastructure network solution extends fibers to rooms to meet network requirements, providing competitive differentiation for hotels and increasing the occupancy rate. Furthermore, one optical network bears all hotel services, such as video surveillance, office networks, and the convergence of various intelligent systems. This reduces the cost of parallel network construction and subsequent management and O&M.